- Timestamp:
- 11/06/09 17:30:45 (15 years ago)
- Location:
- trunk/SRC/Documentation/xmldoc
- Files:
-
- 3 added
- 1 edited
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trunk/SRC/Documentation/xmldoc/How_to_use_post_it.xml
r155 r156 45 45 46 46 EVOLUTIONS 47 ========== =47 ========== 48 48 49 49 50 50 $Id$ 51 52 - fplod 20091106T162838Z aedon.locean-ipsl.upmc.fr (Darwin) 53 54 * going on hand correction of OpenOffice DocBook (strange characters "Â|" 55 octal 240) 51 56 52 57 - fplod 2009-09-29T16:04:19Z aedon.locean-ipsl.upmc.fr (Darwin) … … 77 82 <footnote> 78 83 <para> 79 For more information about <application>SAXO</application>, see <link xl:href="http://forge.ipsl.jussieu.fr/saxo"/> 84 For more information about <application>SAXO</application>, see <link xl:href="http://forge.ipsl.jussieu.fr/saxo"/>. 80 85 </para> 81 86 </footnote>. 82 87 <application>&project;</application> may help visualise and analyse ++netcdf data outputs from models automaticly without knowing properly the <application>SAXO</application> routines. 83 However Irecommend the user to have some notions of <application>IDL</application> to use this software.88 However we recommend the user to have some notions of <application>IDL</application> to use this software. 84 89 A good way to do this is also to read the <application>SAXO</application> documentation on <link xl:href="http://forge.ipsl.jussieu.fr/saxo/"/> 85 90 </para> … … 177 182 <screen> 178 183 cmdline = [ $ 179 ; var       on  exp    grid  plt  timeave  date1  spec  disp  proj Âout180  'sohtc300  1   2L24  T    xy  100y    1860   -    1    1    Âv', $184 ; var on exp grid plt timeave date1 spec disp proj out 185 'sohtc300 1 2L24 T xy 100y 1860 - 1 1 v', $ 181 186 'lastline 0' ] 182 187 </screen> … … 198 203 <screen> 199 204 spec_base_list = [ $ 200  'CMAP = local:/home2/mkdlod/database/CORREL/', $205 CMAP = local:/home2/mkdlod/database/CORREL/', $ 201 206 ' '] 202 207 </screen> … … 278 283 <screen> 279 284 cmdline = [ $ 280 ; var     on  exp   grid  plt        timave  date1         spec           disp  proj Âout281  'precip  1  2L24  lmdzl  xt_pac_eq  1mm   01_1860-1959  12_1860-1959   2P   1    Âv', $282  'topl    0  2L24  lmdzl  xt_pac_eq  1mm   01_1860-1959  12_1860-1959   1    1    Âv', $285 ; var on exp grid plt timave date1 spec disp proj out 286 'precip 1 2L24 lmdzl xt_pac_eq 1mm 01_1860-1959 12_1860-1959 2P 1 v', $ 287 'topl 0 2L24 lmdzl xt_pac_eq 1mm 01_1860-1959 12_1860-1959 1 1 v', $ 283 288 'lastline 0' ] 284 289 </screen> … … 303 308 <screen> 304 309 cmdline = [ $ 305 ; var     on  exp   grid  plt        timeave  date1         spec           disp  proj Âout310 ; var on exp grid plt timeave date1 spec disp proj out 306 311 'lastline 0' ] 307 312 </screen> … … 316 321 <programlisting> 317 322 ; var : <name> of field 318 ;    Â@@<name> for macro defined in Defaults/fld_macros.def319 ;    Â<name1>=f(<name2>) for scatter plot y=f(x) or320 ;    Â<name1>=f(next) to use next line as 'x' (uses time interval of name1)321 ;    Â<name>@s<sigma> to plot <name> on isopycnal <sigma>322  '@@sosstdev  1  CDT3  T    xyt  1m@t412  187001  196912  1   1 Âv', $323 ; @@<name> for macro defined in Defaults/fld_macros.def 324 ; <name1>=f(<name2>) for scatter plot y=f(x) or 325 ; <name1>=f(next) to use next line as 'x' (uses time interval of name1) 326 ; <name>@s<sigma> to plot <name> on isopycnal <sigma> 327 '@@sosstdev 1 CDT3 T xyt 1m@t412 187001 196912 1 1 v', $ 323 328 </programlisting> 324 329 </para> … … 329 334 It will leave a blank space where the plot should have been drawn. 330 335 <programlisting> 331 ; on  Â: 0/1 (2 = empty window in multi-window plot)332  '@@sosstdev   1  CDT3  T    xyt  1m@t412  187001  196912  2x2   1 Âv', $333  '@@sotoxdev  2  CDT3  U    xyt  1m@t412  187001  196912  1   1 Âv', $334  '@@sotoxdev  0  CDT3  U    xyt  1m@t412  187001  196912  1   1 Âv', $335  '@@sotoydev  0  CDT3  V    xyt  1m@t412  187001  196912  1   1 Âv', $336 ; on : 0/1 (2 = empty window in multi-window plot) 337 '@@sosstdev 1 CDT3 T xyt 1m@t412 187001 196912 2x2 1 v', $ 338 '@@sotoxdev 2 CDT3 U xyt 1m@t412 187001 196912 1 1 v', $ 339 '@@sotoxdev 0 CDT3 U xyt 1m@t412 187001 196912 1 1 v', $ 340 '@@sotoydev 0 CDT3 V xyt 1m@t412 187001 196912 1 1 v', $ 336 341 </programlisting> 337 342 </para> … … 342 347 Pay attention to the fact that the 2 files should have the same <varname>var</varname> name, the same 'grid', the same 'timeave', the same 'plt', the same 'date1' … 343 348 <programlisting> 344 ; exp Â: name of exp. For difference of 2 exp : <exp1>-<exp2>345 ;                ÂFor division of 2 exp : <exp1>/<exp2>346  'sozotaux   1  CD2-2L24  U   xt_pac_eq  1mm  01_1860-1959  12_1860-1959  2P  1 Âv', $349 ; exp : name of exp. For difference of 2 exp : <exp1>-<exp2> 350 ; For division of 2 exp : <exp1>/<exp2> 351 'sozotaux 1 CD2-2L24 U xt_pac_eq 1mm 01_1860-1959 12_1860-1959 2P 1 v', $ 347 352 </programlisting> 348 353 </para> … … 368 373 These grids are Arakawa C-type with T, U, V and F points. 369 374 <programlisting> 370 ; grid Â: grid name or @<grid> (to read grid from data file)371  'precip  1  NCEP  ncpt62  xy  58y   1948  -   1   1 Âv', $375 ; grid : grid name or @<grid> (to read grid from data file) 376 'precip 1 NCEP ncpt62 xy 58y 1948 - 1 1 v', $ 372 377 </programlisting> 373 378 <inlinegraphic fileref="embedded:graphics4" width="17.591cm" depth="11.741cm"/> … … 379 384 You can perform 2d maps, hovmoeller diagrams, simple time series, spectrum of time series … 380 385 <programlisting> 381 ; plt Â: xy, xz, yz, x, y, z [append _<box> or _#<bathy>]382 ;    Â{xt, yt, zt, t}_<box>[@f<direc><width>][@s][@z][@r<win>]383 ;     Â<box> : defined in Default/hovmoel_box.def384 ;     Â<bathy> : first letters of bathymetry file in Default/Grids385 ;     Â<direc> : t,x,y,z = filtering/smoothing direction (default: t)386 ;     Â<width> : running mean filter width (default = 1)387 ;          Âgrid point smoothing for space388 ;     Â@r<win> : time serie stddev in running <win>dow389 ;      @s   Â: spectrum of time serie390 ;      @w   Â: wavelet of time serie391 ;      @z   Â: remove zonal mean (eddy field) from 2D field (xy392 ;          Âplot only)393 ;    Âdensity bining plots : xs, ys, s [append _<box> or _#<bathy>]394 ;               Âst_<box>[@f<direc><width>][@s]395 ;    Âstatistics : @@<variable> 2D plot: plt=xyt386 ; plt : xy, xz, yz, x, y, z [append _<box> or _#<bathy>] 387 ; {xt, yt, zt, t}_<box>[@f<direc><width>][@s][@z][@r<win>] 388 ; <box> : defined in Default/hovmoel_box.def 389 ; <bathy> : first letters of bathymetry file in Default/Grids 390 ; <direc> : t,x,y,z = filtering/smoothing direction (default: t) 391 ; <width> : running mean filter width (default = 1) 392 ; grid point smoothing for space 393 ; @r<win> : time serie stddev in running <win>dow 394 ; : spectrum of time serie 395 ; : wavelet of time serie 396 ; z : remove zonal mean (eddy field) from 2D field (xy 397 ; plot only) 398 ; density bining plots : xs, ys, s [append _<box> or _#<bathy>] 399 ; st_<box>[@f<direc><width>][@s] 400 ; statistics : @@<variable> 2D plot: plt=xyt 396 401 ; 397  'sosstsst   1  2L24  T   t_nino_3@s  1m@t412  186001  195912   1   1 Âv', $402 'sosstsst 1 2L24 T t_nino_3@s 1m@t412 186001 195912 1 1 v', $ 398 403 </programlisting> 399 404 <inlinegraphic fileref="embedded:graphics2" width="17.591cm" depth="11.02cm"/> … … 407 412 <programlisting> 408 413 ; timeave : <n>[m]<timeave>[@t<trend>] 409 ;      Ân: integer, timeave: of d(ay),m(onth),y(ear)410 ;     Â[m] stands for mean <timeave>411 ;       Â-> requires spec for date interval (of mean):412 ;       Â[date_i]-[date_f]413 ;     Â<trend> : time serie trend type (default = 0, in this414 ;     Âcase, use @t9 to415 ;     Âactivate data output writing - out=data)416 ;     Â@t412: remove mean SC417 ;     Â@t41: remove mean of time serie414 ; n: integer, timeave: of d(ay),m(onth),y(ear) 415 ; [m] stands for mean <timeave> 416 ; -> requires spec for date interval (of mean): 417 ; [date_i]-[date_f] 418 ; <trend> : time serie trend type (default = 0, in this 419 ; case, use @t9 to 420 ; activate data output writing - out=data) 421 ; @t412: remove mean SC 422 ; @t41: remove mean of time serie 418 423 ; 419 424 </programlisting> … … 428 433 <programlisting> 429 434 ; date1 : [yy..yyy][mm][dd]-[sssss][_<ave_period>] 430 ;    Â<ave_period> for mean <timeave> : date interval <date_i>-<date_f>435 ; <ave_period> for mean <timeave> : date interval <date_i>-<date_f> 431 436 ; 432 437 </programlisting> … … 438 443 But it may set parameters for a to make differences between two plots : this is the second way to make differences. 439 444 <programlisting> 440 ; spec  : time serie : date2 441 ;     difference : d:<exp>/<timeave>/<date1>[/<spec2>]     442  443  'votemper   1  CD2  T   xz_pac_eq300  100y  1870  d:2L24/100y/1860  1   1  v', $ 445 ; spec : time serie : date2 446 ; difference : d:<exp>/<timeave>/<date1>[/<spec2>] 447 'votemper 1 CD2 T xz_pac_eq300 100y 1870 d:2L24/100y/1860 1 1 v', $ 444 448 </programlisting> 445 449 </para> … … 452 456 Please notice that you don't have to set <varname>on</varname> to <constant>1</constant> at each line : the first line is enough ; &project; understands that it has to consider four lines for the plot. 453 457 <programlisting> 454 ; disp  : multi-window display n[x<m>][<orient>]  <orient> = P Â(L is default)455  'sosstsst    1   CD2  T     xy  100y  1870  d:2L24/100y/1860  2x2   1 Âv', $456  'tsol       0   CD2  lmdzl xy  100y  1870  d:2L24/100y/1860  1   1 Âv', $457  'sozotaux   0   CD2  U    xy  100y  1870  d:2L24/100y/1860  1   1 Âv', $458  'sometauy  0   CD2  V    xy  100y  1870  d:2L24/100y/1860  1   1 Âv', $458 ; disp : multi-window display n[x<m>][<orient>] <orient> = P (L is default) 459 'sosstsst 1 CD2 T xy 100y 1870 d:2L24/100y/1860 2x2 1 v', $ 460 'tsol 0 CD2 lmdzl xy 100y 1870 d:2L24/100y/1860 1 1 v', $ 461 'sozotaux 0 CD2 U xy 100y 1870 d:2L24/100y/1860 1 1 v', $ 462 'sometauy 0 CD2 V xy 100y 1870 d:2L24/100y/1860 1 1 v', $ 459 463 </programlisting> 460 464 </para> … … 469 473 You may want to print your plot into a ps file ('ps') after having visualised it ('v') or directly print it to the printer ('psc') -> does not work ????? 470 474 <programlisting> 471 ;  out Â: v (view), tv (tvnplot), ps[prt] PostScript, data (ascii,472 ;    Ârequires timeave + @t9) or (t)cdf (netCDF file)473 ;         Âprt = b : BW printer474 ;         Âprt = c : color printer475 ;         Âprt = t : transparent printer476 ;       Âto save postcript activate save_ps in plt_def477 ;       Âtcdf: pltt netCDF writing (t, xt, yt types)475 ; out : v (view), tv (tvnplot), ps[prt] PostScript, data (ascii, 476 ; requires timeave + @t9) or (t)cdf (netCDF file) 477 ; prt = b : BW printer 478 ; prt = c : color printer 479 ; prt = t : transparent printer 480 ; to save postcript activate save_ps in plt_def 481 ; tcdf: pltt netCDF writing (t, xt, yt types) 478 482 </programlisting> 479 483 </para> … … 525 529 <para>Those parameters define the the boxes on which the average is made. 526 530 <programlisting> 527 ; vert_type = 'level'      ; Â'z' for depth/altitude or 'level' or '0' for nothing531 ; vert_type = 'level' ; 'z' for depth/altitude or 'level' or '0' for nothing 528 532 vert_type = '0' 529 vert_mean = [1, 1] Â; [depth1,depth2] or [level1,level2] in C notation 0-jpk-1533 vert_mean = [1, 1] ; [depth1,depth2] or [level1,level2] in C notation 0-jpk-1 530 534 </programlisting> 531 535 </para> … … 538 542 sig_max = 27. 539 543 sig_del = 0.2 540 sig_bowl =  0 Â; 0/1 bowl overlay on density binned plots544 sig_bowl = 0 ; 0/1 bowl overlay on density binned plots 541 545 </programlisting> 542 546 </para> … … 546 550 <programlisting> 547 551 ; cross-correlation and normalisation: 548 c_normal = 0   Â; normalise data serie549 c_correl =  1   Â; when overlay of 1d curves : 0/1550 lag_correl = 12L  Â; bound for lagged-correlation [-lag_correl,..,0,...,lag_correl]552 c_normal = 0 ; normalise data serie 553 c_correl = 1 ; when overlay of 1d curves : 0/1 554 lag_correl = 12L ; bound for lagged-correlation [-lag_correl,..,0,...,lag_correl] 551 555 </programlisting> 552 556 </para> … … 557 561 <programlisting> 558 562 ; standard deviation 559 stddev_diff = 0   Â; 0/1 (if = 1 makes a difference between the560             Â; std dev for a given month and the std dev of the whole time serie)561             Â; Active with the make_stddev macro for a given month (ex : @@sosstdev_01 for562             Â; sst std dev only for January)563 stddev_diff = 0 ; 0/1 (if = 1 makes a difference between the 564 ; std dev for a given month and the std dev of the whole time serie) 565 ; Active with the make_stddev macro for a given month (ex : @@sosstdev_01 for 566 ; sst std dev only for January) 563 567 </programlisting> 564 568 <programlisting> 565 569 ; axis 566 570 ; ---- 567 ; Âlat_axis : latitudinal axis : 'reg'ular or 'sin'us latitude568  Âlat_axis = 'reg'571 ; lat_axis : latitudinal axis : 'reg'ular or 'sin'us latitude 572 lat_axis = 'reg' 569 573 </programlisting> 570 574 <programlisting> 571 575 ; min /max 572 576 ; -------- 573 ; Âfree minmax in 1D-plots (yes) or take fld_glo_mmx.def value (no) [yes]577 ; free minmax in 1D-plots (yes) or take fld_glo_mmx.def value (no) [yes] 574 578 free_1d_minmax = 'no' 575 579 </programlisting> … … 581 585 ; Hovmoellers 582 586 ; ----------- 583 ; Âtrend_typ : 0 no trend584 ;       Â1 remove initial value to serie (trend)585 ;       Â2 remove previous value to current (drift)586 ;       Â3[<n>] remove serie to mean of <n> final values (inverse trend)587 ;       Â4[<n>] remove [n]-average running mean of serie (anomaly)588 ;         Âfor monthly serie use <n>=12 to remove mean589 ;         Âseasonal cycle590 ;   Âthis value can be field-overriden by specifying @t<trend_typ> after591 ;   Âtimave in post-it line592 ;       Â6[<n>] time integral of field activation. <n> is the593 ;       Ânumber of previous time steps to integrate from594 ;       Â(default is from beginning of time serie)587 ; trend_typ : 0 no trend 588 ; 1 remove initial value to serie (trend) 589 ; 2 remove previous value to current (drift) 590 ; 3[<n>] remove serie to mean of <n> final values (inverse trend) 591 ; 4[<n>] remove [n]-average running mean of serie (anomaly) 592 ; for monthly serie use <n>=12 to remove mean 593 ; seasonal cycle 594 ; this value can be field-overriden by specifying @t<trend_typ> after 595 ; timave in post-it line 596 ; 6[<n>] time integral of field activation. <n> is the 597 ; number of previous time steps to integrate from 598 ; (default is from beginning of time serie) 595 599 ; 596 600 ; 597 ; Âfield_int : field time integral (0/1)598 ; Ânb_cycles : number of repeated cycles for seasonal time series599 ; Âdef_stride : default stride in hovmoeller sampling (see domain_boxes.def)600  Âtrend_typ = '0'601  Âfield_int = 0602  Ânb_cycles = 2603  Âdef_stride = 1604  Âasciidir = homedir+'out/ascii_out/'601 ; field_int : field time integral (0/1) 602 ; nb_cycles : number of repeated cycles for seasonal time series 603 ; def_stride : default stride in hovmoeller sampling (see domain_boxes.def) 604 trend_typ = '0' 605 field_int = 0 606 nb_cycles = 2 607 def_stride = 1 608 asciidir = homedir+'out/ascii_out/' 605 609 </programlisting> 606 610 </para> … … 610 614 But some other models are a bit more complex and use more realistic calendars. 611 615 <programlisting> 612 ; Âcalendar type613 ;     Â0: 365 days/year614 ;     Â1: gregorian615 ;     ÂN: N days per month616 ; calendar type 617 ; 0: 365 days/year 618 ; 1: gregorian 619 ; N: N days per month 616 620 ; 617 621 calendar_type = 30 … … 629 633 ; col_palette: 'yes' or 'no' (put colorbar or not) 630 634 ; 631  Âshading = 1632  Âpal_type = 'col'633  Âgrey_shade = 20634  Âgrey_shade_1 = 5635  Âgrey_shade_2 = 20636  Âcol_palette = 'yes'635 shading = 1 636 pal_type = 'col' 637 grey_shade = 20 638 grey_shade_1 = 5 639 grey_shade_2 = 20 640 col_palette = 'yes' 637 641 </programlisting> 638 642 </para> … … 642 646 And <varname>cont_real</varname> is a keyword which sets the real continents or not. 643 647 <programlisting> 644 cont_fill = 1    Â; continent fill for atmosphere grids (1/0)645 cont_real = 0    Â; draw real continents (0)646             Â; = 0 (no real continents drawn)647             Â; = 1 (real continents drawn instead of the mask)648             Â; = 2 (mask + real continents drawn)648 cont_fill = 1 ; continent fill for atmosphere grids (1/0) 649 cont_real = 0 ; draw real continents (0) 650 ; = 0 (no real continents drawn) 651 ; = 1 (real continents drawn instead of the mask) 652 ; = 2 (mask + real continents drawn) 649 653 </programlisting> 650 654 </para> … … 654 658 In that case, it will draw one vector out of two.</para> 655 659 <programlisting> 656 vector_sample = 2  Â; vector sampling (1)660 vector_sample = 2 ; vector sampling (1) 657 661 ;; 658 662 </programlisting> … … 662 666 Have a look on the on-line help (search for 'Line Annotation Properties' and 'Graphics keywords (collected)' in the 'Index' panel).</para> 663 667 <programlisting> 664   line_thick = [2,2,2,2,2,2,2,2] Â; 1D plot line thickness (for each overlay curves)665   line_style = [1,1,1,1,2,2,3,3] Â; 1D plot line style (for each overlay curves)666   line_color = [1,2,3,4,6,7,7,8] Â; 1D plot line color (for each overlay curves)668 line_thick = [2,2,2,2,2,2,2,2] ; 1D plot line thickness (for each overlay curves) 669 line_style = [1,1,1,1,2,2,3,3] ; 1D plot line style (for each overlay curves) 670 line_color = [1,2,3,4,6,7,7,8] ; 1D plot line color (for each overlay curves) 667 671 ; 1=black; 2=red; 3=green; 4=blue; 6=purple 668 672 ; 43 ---- 90 ---- 160 ---- 190 ---- 210 ---- 254 669 ; blue   turq   green   yell   orange Âred673 ; blue turq green yell orange red 670 674 </programlisting> 671 675 </listitem> … … 673 677 <para>Those parameters are important for y=f(next) plots (for instance, zonal winds anomalies averaged on Nino_4 box over SST anomalies averaged on Nino_3 box).</para> 674 678 <programlisting> 675    symbol_families = '1'    Â; 4x3 number of colors in time symbol plots (modulo)676                Â; use <n> or <n>x<m> (n same colors, modulo nxm)677  Âsymbol_families = '4x3'678 ;; Âsymbol_families = '12x1'679   symbol_style = [1,1,1,1,2,2,1,1,1,1,1,1] Â; Symbol style (for each overlay symbol)680   symbol_color = [1,2,3,4,2,3,7,8,9,10,11,12] Â; Symbol line color (for each overlay symbol)681  Âmean_sc_only = 0682 ;;  mean_sc_only = 4 Â; 1 = Only plot mean SC in yfx when symbol_families='4x3' and hotyp=t683           Â; 2 = Only plot SC of std dev when symbol_families='4x3' and hotyp=t684            ;   Â(require 1m@t412)685           Â; 4 = Only plot ICS per month + errorbar when symbol_families='12x1'679 symbol_families = '1' ; 4x3 number of colors in time symbol plots (modulo) 680 ; use <n> or <n>x<m> (n same colors, modulo nxm) 681 symbol_families = '4x3' 682 ;; symbol_families = '12x1' 683 symbol_style = [1,1,1,1,2,2,1,1,1,1,1,1] ; Symbol style (for each overlay symbol) 684 symbol_color = [1,2,3,4,2,3,7,8,9,10,11,12] ; Symbol line color (for each overlay symbol) 685 mean_sc_only = 0 686 ;; mean_sc_only = 4 ; 1 = Only plot mean SC in yfx when symbol_families='4x3' and hotyp=t 687 ; 2 = Only plot SC of std dev when symbol_families='4x3' and hotyp=t 688 ; (require 1m@t412) 689 ; 4 = Only plot ICS per month + errorbar when symbol_families='12x1' 686 690 </programlisting> 687 691 </listitem> … … 691 695 <programlisting> 692 696 ; Graphic keywords for axis, contours 693 ;;  contour_options = ',/nocontour'   Â;;;;;; include this line to delete contour labels694  contour_options = ',cell_fill=2'   ;;;;;; include this line to include contour label Â695 Âlook = ',linestyle=0,xthick=2,ythick=2,zthick=2,sepdate='' '''697 ;; contour_options = ',/nocontour' ;;;;;; include this line to delete contour labels 698 contour_options = ',cell_fill=2' ;;;;;; include this line to include contour label 699 look = ',linestyle=0,xthick=2,ythick=2,zthick=2,sepdate='' ''' 696 700 </programlisting> 697 701 </listitem> … … 703 707 ; Use of page space and titles 704 708 ; marge_option : add or reduce marge around the plot ; suitable for 705 ;        Âoptimizing space when several plots on the same706 ;        Âwindow. See title_type and titles keyword below to707 ;        Âset it708 fill_space = 1    Â; fill space on plot (0/1) (/rempli option) ?709 ; optimizing space when several plots on the same 710 ; window. See title_type and titles keyword below to 711 ; set it 712 fill_space = 1 ; fill space on plot (0/1) (/rempli option) ? 709 713 marge_option = 'marge=[0,0,2,2]' ; (use [0, 0, -2, -2] to fill up even more space 710  title_type = 'TS'   Â; default type of titles711             Â; 'T' for title only, 'S' for subtitle only712             Â; 'TS' for both713             Â; 'off' for no titles714 title_type = 'TS' ; default type of titles 715 ; 'T' for title only, 'S' for subtitle only 716 ; 'TS' for both 717 ; 'off' for no titles 714 718 </programlisting> 715 719 </listitem>
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